Add to ORKGArc simulations require a coupled solution of the flow and electromagnetic equations. Despite of industrial interest, there is no established simulation framework available yet. We assess the usability of STAR-CCM+ for low voltage circuit breaker simulations using a test case of a model arc chamber, since this toolkit allows to define and control the simulation in a single environment. In spite of a partially implemented arc root model, the results agree well with reference data of previous publications
High fidelity numerical analyses of high-voltage gas circuit breakers have been conducted at Hitachi...
The article is devoted to the study of the high-current AC circuit breaker. The results of the study...
In this work an arc model is employed along with electric and spectroscopic measurements to study DC...
Arc simulations are becoming a valuable tool in the development of low voltage switching devices. Si...
Simulation methods are routinely applied in the design and development process of power distribution...
Modeling and Simulation of Low Voltage Arcs is an attempt to improve the physical understanding, mat...
Numerical simulations of low-voltage circuit breakers require a coupled solution of gas flow, electr...
Auto-expansion circuit breakers utilize the arc’s energy to generate the flow conditions required fo...
The arc behavior in an arrangement of parallel arc rails with a splitter plate in between has been i...
The arc behavior in an arrangement of parallel arc rails with a splitter plate in between has been i...
An arc modelling is a valuable and useful tool to evaluate the switching performance of low-voltage ...
FEM (finite element method) is an essential and powerful numerical method that can explicitly optimi...
Two distinct modes of follow current suppression were observed in multi-chamber systems (MCS) under ...
International audienceIn low voltage circuit breaker (LVCB) apparatus, a current limitation is perfo...
This paper deals with the investigation of the switching arc process in a model chamber by CFD arc s...
High fidelity numerical analyses of high-voltage gas circuit breakers have been conducted at Hitachi...
The article is devoted to the study of the high-current AC circuit breaker. The results of the study...
In this work an arc model is employed along with electric and spectroscopic measurements to study DC...
Arc simulations are becoming a valuable tool in the development of low voltage switching devices. Si...
Simulation methods are routinely applied in the design and development process of power distribution...
Modeling and Simulation of Low Voltage Arcs is an attempt to improve the physical understanding, mat...
Numerical simulations of low-voltage circuit breakers require a coupled solution of gas flow, electr...
Auto-expansion circuit breakers utilize the arc’s energy to generate the flow conditions required fo...
The arc behavior in an arrangement of parallel arc rails with a splitter plate in between has been i...
The arc behavior in an arrangement of parallel arc rails with a splitter plate in between has been i...
An arc modelling is a valuable and useful tool to evaluate the switching performance of low-voltage ...
FEM (finite element method) is an essential and powerful numerical method that can explicitly optimi...
Two distinct modes of follow current suppression were observed in multi-chamber systems (MCS) under ...
International audienceIn low voltage circuit breaker (LVCB) apparatus, a current limitation is perfo...
This paper deals with the investigation of the switching arc process in a model chamber by CFD arc s...
High fidelity numerical analyses of high-voltage gas circuit breakers have been conducted at Hitachi...
The article is devoted to the study of the high-current AC circuit breaker. The results of the study...
In this work an arc model is employed along with electric and spectroscopic measurements to study DC...